Dear Editor,
Georgetown flooding is no longer a once-in-a-while inconvenience… it has become a predictable part of life. Businesses flood within an hour of rainfall, streets become impassable, and citizens are left to deal with losses over and over again. The frustrating part is this is not some mystery. The causes are known, the patterns are clear, and yet the problem continues to grow worse with each passing year.
The reality is that Georgetown sits below sea level, and from the very beginning it was designed to survive that reality, not defeat it. The original drainage system, built by the Dutch, was a smart and simple one. Canals and trenches would collect water, and kokers would release it out to the Atlantic during low tide using gravity. It was a system that worked with nature. But that system was built for a much smaller, less developed city, with open land that could absorb water and clean, maintained drainage paths.
Today, we are operating a modern, rapidly expanding city on that same old concept, only now the pressure on the system is far greater. The building boom has changed everything. Concrete has replaced soil, meaning rainwater no longer soaks into the ground but rushes straight into the drains. Natural drainage paths have been altered, blocked, or redirected. Areas that once held or slowed water are now pushing it elsewhere. The system is not just working harder; it is being overwhelmed.
Then comes the critical factor many people overlook: timing. Georgetown’s drainage still depends heavily on the tide. When rain falls at low tide, the system should have a fighting chance. But the reality today is that flooding often begins regardless of the tide, even at low tide.
That tells us something deeper is wrong. The water is not even reaching the main canals where it can be discharged. Why? Blocked and poorly maintained trenches, garbage choking the smaller drains, silt build-up, and, in some cases, poor or altered drainage design at the community level.
So instead of flowing through the system, water backs up right where it falls. When heavy rain then coincides with high tide, the situation becomes even worse. The kokers cannot be opened, and the entire burden shifts to pumps, which must lift water up and over sea level. If the rainfall is intense, and it often is, the pumps simply cannot keep up. That is when localised flooding turns into widespread flooding within minutes, not hours.
Layer on top of that the growing garbage crisis, and the situation becomes even worse. Drains clogged with plastic, debris, and silt lose whatever capacity they had left. Water that should flow freely now backs up into streets, yards, and businesses. Floodwater mixes with waste, creating not just inconvenience but a public health concern. And ironically, the same flooding then redistributes that garbage across the city, making the next rainfall even worse. It is a vicious cycle.
So, what we are really seeing today is not just “heavy rain”. It is a combination of factors colliding at once: a below-sea-level city, an ageing Dutch-designed drainage system, rapid urban development, blocked drains, and the unforgiving timing of tides. When all of these align, and they often do, flooding becomes inevitable.
The hard truth is this: Georgetown is trying to drain a modern city with a system designed for a different time, a different population, and a different landscape. The Dutch built a system that worked with nature. Over time, we have built a city that works against it.
Until we address not just the infrastructure, but also how we build, how we maintain our drains, and how we treat waste, the flooding will continue. And for many citizens and business owners, it won’t be a rare disaster; it will remain a regular cost of simply trying to live and work in the city.
As Dave Martins once said, “We are a peaceful people; we na look for trouble.” And maybe that’s part of the problem. We accept the norm. We adjust. We clean up, dry out, and carry on like nothing happened. Struggling de struggle…year after year, flood after flood.
But is this really something we should accept for the next 50 years?